Intellectual Property
Our Patents
The Flexiforming IP portfolio covers catalyst composition, process design, and product optimization across major markets. The flags below are clickable to the corresponding patents and applications.
33
granted + pending
12
countries
7
patent families
Systems and methods for providing sustainable
hydrocarbon fuels and materials
PCT/US2025/031301 · WO/2025/250716
One- or two-stage process for transforming naphthas,
alcohols, ethers, LPG and light olefins into SAF,
gasoline, or BTX using a modified ZSM-5 catalyst
with zinc and rare earth promoters.
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Method for producing high-octane motor gasolines
from low-octane fractions, olefins, and oxygenates
PCT/RU2017/000009 · WO/2017/155431
Multi-zone reactor with proprietary zeolite catalyst
that co-processes hydrocarbon fractions and oxygenates,
increasing gasoline RON while reducing benzene and
durene.
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Method and catalyst for producing high-octane
components
PCT/RU2016/000128 · WO/2017/155425
Co-conversion of unsaturated hydrocarbons and
alcohols over HZSM-5 zeolite with thermal and
steam treatment, enabling high-temperature stability
and extended catalyst cycle.
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Method for producing aromatic hydrocarbon concentrate
from light aliphatic hydrocarbons
PCT/RU2015/000171 · WO/2015/147700
Two-stage conversion with hydrogen-rich gas recycling
and oxygenate synthesis loop, improving aromatic yield
and xylene selectivity.
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Method for producing aromatic hydrocarbon concentrate
from liquid hydrocarbon fractions
PCT/RU2015/000496 · WO/2016/024883
Methanol co-feed process with rectification column
and feedback control, increasing aromatic concentrate
efficiency with elevated xylene content.
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Methods for producing aromatic hydrocarbons from
natural gas
PCT/RU2015/000024 · WO/2015/112056
Natural gas to syngas to methanol to aromatics via
two consecutive reactors (isothermal + adiabatic),
with hydrogen-rich gas recirculation to optimize
the H2:CO ratio.
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Catalyst and method for aromatization of C3-C4
gases, light hydrocarbons, and alcohols
PCT/RU2014/000953 · WO/2015/115932
Dual-zeolite catalyst (SiO₂/Al₂O₃ ratios of 20
and 82) enabling near-complete feedstock conversion
with high xylene selectivity at reduced pressure.
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Method for increasing the yield of a liquid
hydrocarbon product
PCT/RU2021/050177 · WO/2022/005331
Three-zone reactor with distributed olefin injection
that increases C5+ yield, improves n-hexane/n-heptane
conversion, and reduces benzene — eliminating gas
recirculation.
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